Chapter 1589 The greatest technology of the 21st century
Therefore, some experts and scholars have speculated that Haoyu Technology’s research on brain-computer interaction technology has been very mature. In addition to being first used for medical purposes, this technology is likely to be used in more fields in the future and may even be weaponized.
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These experts and scholars analyzed that this brain-computer interaction system may be used in Haoyu Technology's latest mobile communication devices and virtual game devices to replace Haoyu Technology's current smart AR and VR products. Once this is done
The application of technology to this field will completely change human society and even human survival and lifestyle. By then, the real society and the virtual society will overlap and merge together, and the boundaries will become smaller and smaller.
Through this technology, humans may gradually say goodbye to manual labor, and through brain-computer control, they can remotely control robots thousands of miles away to perform operations.
Even, through the brain-computer interaction system, users can spend sweet time with their loved ones on the other side of the world. They can also have a virtual meeting from a multi-person perspective.
In addition, under the influence of this technology, companies and enterprises in the future will bid farewell to entities and give birth to a large number of virtual enterprises. These enterprises exist virtually and have no physical units. Employees can realize their physical presence in the world through the brain-computer interaction system.
You can work in a virtual company from anywhere in the world, and then work.
In fact, the virtual world in Wu Hao's smart VR equipment can now achieve this, but there is no brain-computer interaction technology to achieve it completely.
Military experts and some people with ulterior motives believe that based on Haoyu Technology's close relationship with the military, this brain-computer interaction technology is likely to be quickly applied to its military weapons and equipment.
For example, the brain-computer interaction system can be used to remotely control drones, missiles, and fighter planes to achieve virtual online. In other words, through this system, the driver's consciousness can be transmitted to drones, missiles, and fighter planes to control them.
engage in relevant battles.
In addition, this brain-computer interaction system can also be widely used to assist control and assist driving. In the past, it may have taken more than a dozen people to complete the control steps, but now one person can complete it through the brain-computer interaction system, and respond
Very quickly, this will greatly improve combat efficiency and maximize combat effectiveness.
Of course, these voices were not loud and were quickly drowned out by the mainstream voices. Everyone believed that this intelligent bionic electronic eye technology could be said to completely liberate mankind from the fear of darkness. Not only could it enable all people in
Blind patients in the dark can regain their light, and it can also alleviate and eliminate everyone's fear and despair caused by blindness.
Compared with this smart bionic electronic prosthetic eye, the news about the smart bionic artificial heart has attracted more attention. Some experts even commented that this may be the greatest technology of the 21st century, and its significance may be no less than
Humans have built nuclear fusion power plants.
Tens of millions of people die from heart disease every year around the world. It can be said that heart disease has become one of the most deadly killers affecting human health.
Compared with other diseases, heart disease is more dangerous. Once it occurs, the patient will immediately face life danger. If the rescue is not timely and the method is not appropriate, the patient will most likely lose his life.
Even if rescued, some complications may occur, such as brain damage, blood clots, rib collapse and fractures caused by cardiac resuscitation, etc.
Of course, these are all lucky. Although many patients have received timely rescue and standardized treatment, it still does not help.
There are currently many treatment methods for heart disease, including drug treatment, surgical treatment, minimally invasive interventional treatment, etc. These treatment methods have helped countless patients escape from danger, but there are still many patients with heart disease who are not in danger.
It is difficult to cure.
Regardless of whether it is drugs, surgery or interventional treatment, it can only alleviate the condition and cannot completely cure it. And as the condition becomes more serious, these treatments will gradually lose their effect. In the end, the patient will either be waiting for death.
, or seek opportunities to undergo heart transplant surgery.
However, there is a shortage of hearts for heart transplant surgery. Every year, millions of patients around the world need "heart transplants", but only a few hundred people actually complete heart transplant surgeries.
This also means that the results faced by the vast majority of people...
In response to this tragic situation, scientists are constantly working hard, and they have also developed an artificial heart. By using a miniature magnetic levitation centrifugal pump to help promote blood circulation in the heart, thereby prolonging the life of the patient. But this type of artificial heart
Generally, the service life is not long, and there is little chance of secondary implantation.
And this type of artificial heart has many shortcomings and drawbacks. For example, because it adopts a pumping blood supply method, the blood flows too slowly in the vascular network, the arteries lose pulse, and the heart stops beating. As a result, thrombus may form.
, endangering life and health.
Therefore, the average survival time of patients with artificial hearts is actually not high. Although it can help patients buy some time, for many young patients, this time is really too little.
The intelligent bionic artificial heart released by Wu Hao at the press conference this time is a bionic electronic heart that is completely imitated by a real heart. It has the same functions as a real heart and bids farewell to the traditional artificial heart pump.
The suction-type blood circulation system is bionic, but uses the same contraction and slow beating method as a real heart to supply blood.
In this way, the real heart function can be truly simulated, allowing the patient to have the same heartbeat, pulse and function as a real heart.
It can also be in touch with the patient's postoperative restrictions, allowing the patient to live a normal life, and even engage in some strenuous sports, etc., allowing the patient to say goodbye to the troubles of heart disease.
In addition, this smart bionic artificial heart also uses new medical composite materials, which can extend the use time of this smart bionic artificial heart. And its modular design also facilitates later maintenance and replacement of parts, so that it can
great patient's life.
Then there is its ultra-high reliability and safety. Compared with the traditional pump-type artificial heart, this intelligent bionic artificial heart adopts a modular and disaster recovery design, and adopts a variety of backup designs, which greatly improves
improve the reliability of the product.
In this way, even if one of the devices fails, the intelligent bionic artificial heart can still operate normally, ensuring the patient's life safety to a great extent. Unlike traditional artificial hearts, once something goes wrong, the patient
Life may be in danger immediately, and there may not even be time to rescue.
